V-tech Malaysia’s Post

Check out my SUMMED-PV first edition digital certificate issued by EIT RawMaterials Academy via Sertifier! #sertifier #digitalbadge #digitalcertificate #digitalcredentials #sustainabledesign #solarpanel #solarenergy #renewableenergy #rawmaterials #photovoltaics #photovoltaicsystems

Check out my SUMMED-PV first edition digital certificate issued by EIT RawMaterials Academy via Sertifier! #sertifier #digitalbadge #digitalcertificate #digitalcredentials #sustainabledesign #solarpanel #solarenergy #renewableenergy #rawmaterials #photovoltaics #photovoltaicsystems

Check out my SUMMED-PV first edition digital certificate issued by EIT RawMaterials Academy via Sertifier! #sertifier #digitalbadge #digitalcertificate #digitalcredentials #sustainabledesign #solarpanel #solarenergy #renewableenergy #rawmaterials #photovoltaics #photovoltaicsystems

🔥 Turning the power of iron into profit - an interview with Philip De Goey, a man on a mission 🔥 EIRES Professor Philip De Goey, has been pushing the development of iron powder as a medium for large-scale, long-term storage of sustainable energy since 2015. With a relentless pursuit of innovation, De Goey and his team have not only made strides in academia but also in bridging the gap between research and real-world application. Through initiatives like Metalot, they've brought together academia, government, and industry to accelerate the pace of sustainable, circular developments in metal-based renewable energy. What's remarkable is how this research has evolved from a mere concept to tangible solutions with commercial potential. Student teams like team SOLID and startups such as RIFT and Iron Plus are already making waves, demonstrating the feasibility and scalability of iron power technology. Now, with everything in place - scientific expertise, practical know-how, and strategic partnerships - the focus shifts to scaling up these technologies for widespread adoption. The goal? To revolutionize energy storage and distribution, particularly for heat-intensive industries, paving the way for a cleaner, more sustainable future. 🌍 Read more in this article: https://lnkd.in/gw433PnS #ironpower #innovation #research #renewableenergy Mechanical Engineering at TU/e

➡ Introducing the #3DiVERSE Team ✨ 👋 Meet Tine Seljak from University of Ljubljana, Faculty Of Mechanical Engineering ⚙️ Tine is leading tasks related to professional support at biogenic energy sources, integration of #renewables and infrastructure development. He believes 3DiVERSE is a tremendous opportunity for the region because its well-planned investment, supported by experts, drives #defossilization systemically, addressing multiple sectors from #heating to #powergeneration and #mobility. #MeetTheTeam #3Diverse #EnergySystems #Lifeproject #Greentransition 🌱🚀

🎓Get to know PV4Plants' project partner DTU - Technical University of Denmark! 📍Founded in 1829 by the physicist and chemist Hans Christian Ørsted, DTU is Denmark’s first polytechnic. It stands out in the areas of the technical and the natural sciences, with a business-oriented approach and focus on sustainability. Today it is ranked among Europe’s leading engineering institutions. Role in PV4 Plants: With a long-term engagement approach, DTU will be in charge of the development of end-user engagement and acceptability strategies🔄, ensuring the project’s successful implementation. Additionally, DTU will play a crucial role in supporting the 🇩🇰Danish pilot, where the aim is to increase energy self-sustainability while reducing water use. With DTU’s unparalleled expertise and commitment, the PV4Plants project is set to achieve new heights in the development of agriPV technology📈. #PV4Plants #DTU #Sustainability #RenewableEnergy #Innovation #EngineeringExcellence #SustainableDevelopment #BuildingTheFuture

Nicola Cantisani from DTU Compute at DTU - Technical University of Denmark presents a plantwide model for dynamical simulation of the EcoClay process at the IFAC ADCHEM 2024 conference. The EcoClay process for production of activated clay to substitute cement clinker is developed by FLSmidth Cement. The EcoClay process is an important step towards zero CO2 emission from cement production. The plantwide dynamic simulation enables digitalization as well as control and optimization for optimal and flexible operation of the EcoClay process with renewable electrical energy and high temperature thermal storage. The project is part of a large effort by DTU - Technical University of Denmark, FLSmidth Cement, and other partners to enable CO2 emission free cement production. DTU Compute has developed digitalization tools for simulation, control, and optimization to enable CO2 emission free cement production. The projects are funded by EUDP - Det Energiteknologiske Udviklings- og Demonstrationsprogram and Innovation Fund Denmark through INNO-CCUS in the projects EcoClay and NewCement. #scientificcomputing #chemicalengineering #cement #simulation #control #nmpc #mpc #modelpredictivecontrol #mathematicalmodeling #dynamicsimulation #dtu #technicaluniversityofdenmark #dtucompute #flsmidthcement #ADCHEM2024

Heat recovery optimisation is key to reduce the environmental footprint of rotary kilns. Check out all the details here!

Exciting News! Ionada welcomes Mohammad Ghavipour as our new Chemical Process Engineer. With six years of experience in process design and simulation, Mohammad's expertise will be crucial in optimizing our CO2 capture, compression, and storage technologies. Learn more about his role and our innovative technology at Ionada. https://lnkd.in/gv7xrs8R #Ionada #CarbonCapture #SustainableEngineering #NewHires #Innovation #EngineeringExcellence #ClimateSolutions"

In microbial production the purification of the product from the aqueous phase is a common challenge. How about decantation as the sole down stream processing step? Have a look at Carolin Grütering´s recent work. #sustainability #bioeconomy #microbiology #biotechnology